Core Viewpoint - The "Zijin Action" initiative in Nanjing aims to enhance collaboration between leading enterprises and universities in precision manufacturing, petrochemicals, and biomedicine, focusing on technology supply and industry demand [1][2] Group 1: Collaboration and Innovation - Nanjing Agricultural University is leveraging its strengths in agriculture and life sciences to promote industrial upgrades through technological innovation, collaborating with major companies like Huawei and various food and agriculture enterprises [1] - The university's engineering college presented research achievements in biomass utilization technology, advanced agricultural machinery manufacturing, and new food processing technologies during the event [1] Group 2: Industry Needs and Responses - Nanjing Lehuifenna Packaging Machinery Co., Ltd. expressed specific needs for high-precision core components and control systems in high-speed filling equipment, highlighting the importance of university-industry collaboration for innovation and competitiveness [2] - The event facilitated direct exchanges between 51 leading enterprises and specialized small and medium-sized enterprises with university researchers, emphasizing the dual approach of technology supply and industry demand [2] Group 3: Future Directions - The Nanjing municipal government plans to continue the "Zijin Action" initiative, focusing on key industry challenges and encouraging specialized SMEs to refine technical topics for collaborative research and development [2]

Core Viewpoint - The 2025 Tsinghua Wudaokou Global Financial Forum focused on how finance can better empower technological innovation and development, addressing current pain points in the fintech sector [1][2]. Group 1: Financial Technology and Innovation - Huang Qifan emphasized that fintech has evolved through stages, with the current phase being Industry Internet Finance 3.0, which is crucial for solving financing difficulties faced by SMEs [6]. - The "1+10" industrial chain cluster model, which includes manufacturing and ten related service industries, is essential for creating a comprehensive digital platform using technologies like big data and AI [6]. - Huang highlighted that Industry Internet can enhance value and create multiple economic function centers, thus addressing the financing challenges of SMEs [6]. Group 2: Government and Policy Support - Ma Weihua discussed the need for continuous reform of government-guided funds to improve the success rate of technology transfer, noting that China's technology conversion rate reached about 35% in 2024, still lagging behind developed countries [9]. - He identified issues such as the disconnect between the innovation chain and funding chain, valuation misalignment, and the need for a more effective risk management mechanism [9]. - Ma suggested that government funds should play a coordinating role in mobilizing social resources for tech enterprises [9]. Group 3: Investment Strategies and Market Dynamics - Ni Zewang analyzed the current challenges in the venture capital industry, including the tightening of IPOs and the need for patient capital to help startups cross the "valley of death" [12]. - He noted that many funds established since 2015 have a return on investment (DPI) of less than 0.5, indicating a lack of profitability in the sector [12]. - Ni proposed policy adjustments to lower tax burdens and encourage long-term capital from various sources to enter the venture capital space [12]. Group 4: Regional Development and Talent Acquisition - Qiu Dageng highlighted Hong Kong's initiatives in upstream R&D, talent acquisition, and institutional innovation to support fintech development [15]. - The Hong Kong government has invested 10 billion yuan to commercialize university research and attract top talent in the tech field [15]. - Qiu emphasized the importance of regulatory innovation in areas like Web3 and digital assets to enhance the competitiveness of tech enterprises [15]. Group 5: Risk Management and Collaboration - Guo Jian discussed the need for deep collaboration between financial institutions and tech companies, emphasizing the shift from catch-up to leading-edge R&D in China [17]. - He pointed out that innovative technologies can enhance risk management capabilities in financial institutions, which is crucial for supporting high-risk tech startups [17]. - Guo advocated for the use of digital technologies to improve financial risk prediction and management [17]. Group 6: Comprehensive Financial Support System - The forum concluded with discussions on building a more effective financial support system for tech innovation, emphasizing the need for institutional innovation, technological application, and regional collaboration [21]. - Huang Qifan suggested that the operation of Industry Internet would lead to resource and value aggregation, benefiting the overall tech finance landscape [21]. - The participants agreed on the importance of creating a controllable risk and shared benefit ecosystem for tech finance [21].

"五一"假期，深圳技术大学新能源汽车工程实验室依然灯火通明。李和言教授团队正与比亚迪、华为等 企业工程师调试履带式巡检车。 该行动方案发布4天后，深圳技术大学借政策"东风"大胆改革，出台《深圳技术大学教学科研人员创办 企业管理办法》《深圳技术大学职务科技成果赋权管理办法（试行）》等促进科技成果转化落地制度， 明确"学校赋予成果完成人职务科技成果共同所有权或不低于10年的长期使用权。学校与成果完成人签 署书面协议，合理约定转化科技成果收益分配比例等事项，明确转化科技成果各方的权利和义务"。 2024年6月至8月，深圳技术大学将"综合能源系统电热联合电磁暂态仿真模型建立计算方法"等5项发明 专利赋予李和言10年无偿使用权，并许可李和言创办的龙坪智能科技（常州）有限公司独占使用，未来 个人部分收益可捐赠学校。这种"赋权成果转化+约定收益捐赠"的创新模式，一方面使高校在支持科技 成果转化过程中不占企业股份，充分保障孵化企业自主经营权，另一方面可通过接受被赋权人利润捐赠 形式实现收益共享，形成多方共赢的良性循环。 "赋权改革解开了束缚科研人员的制度绳索。"李和言感触颇深，学校建立"先确权后转化"机制，设置科 技成果转化 ...

Core Viewpoint - The deadline for the 2025 Global Aesthetic Technology Innovation Awards has been extended to May 26, 2025, to allow more time for participants to prepare their submissions and showcase their innovations in the medical aesthetics field [1][2]. Group 1: Event Details - The event will take place on June 12, 2025, at the Beijing Zhongguancun Exhibition Center, with an expected attendance of 500 participants from various sectors including government, hospitals, and investment institutions [1]. - The conference will gather clinical experts, top scientists, technology innovators, and regulatory bodies to discuss cutting-edge developments, commercialization paths, regulatory trends, and market opportunities in the medical aesthetics industry [1][3]. Group 2: Award Categories - The awards include the 2025 Global Aesthetic Technology Innovation Award, aimed at companies and manufacturers that have made significant technological innovations in medical aesthetics [5]. - The 2025 Global Aesthetic Clinical Excellence Award recognizes products or technologies that have achieved notable results in clinical applications, receiving positive feedback from both doctors and patients [6]. - The 2025 Global Aesthetic Industry Service Award honors companies and institutions providing exceptional services in areas such as technology innovation, clinical trials, and production [7]. - The 2025 Global Aesthetic Innovation & Translation Award is for individuals who have made outstanding contributions to innovation in medical aesthetics, promoting products or solutions with industrialization potential [8]. Group 3: Evaluation Process - The evaluation will be conducted through expert reviews and meetings [9]. - The submission phase is open until May 26, 2025, followed by a review and selection process from May 27 to June 2, 2025, with winners notified between June 3 and June 6, 2025 [12].

Group 1 - The core viewpoint emphasizes the importance of building a professional team of technology managers to facilitate the transfer and commercialization of scientific achievements, thereby enhancing new productivity in various regions such as Ningxia, Shandong, and Guizhou [1] - The number of dedicated personnel in technology transfer from universities and research institutions has exceeded 17,000 by the end of 2023, with a target of surpassing 30,000 by 2025 as outlined in the "14th Five-Year Plan" [1] - The publication of the first series of textbooks for technology managers in March 2023 marks a significant step towards standardizing the training and development of this profession [1] Group 2 - Current challenges in the development of technology managers include insufficient numbers, lack of incentives, and inadequate professional training, leading to high personnel turnover and varying levels of professional competence [2] - Proposed solutions include establishing a market-oriented incentive mechanism, such as defining the rights to benefits from technology transfer and creating a career advancement pathway for technology managers in academic and research institutions [2] - A comprehensive training system is suggested to cultivate versatile talent, with specialized courses in technology transfer and practical training through real project engagement [2] Group 3 - The establishment of a collaborative development environment is crucial, which includes creating a unified database for technology managers to facilitate the flow of technology, talent, and capital [3] - Promoting a partnership plan for technology managers encourages deeper involvement in projects through service equity or profit-sharing arrangements, fostering long-term collaborations [3]

Core Viewpoint - The transformation of technological achievements into industrial applications requires overcoming barriers such as risk aversion and lack of cross-disciplinary understanding, as emphasized by Ma Weihua at the 2025 Tsinghua Wudaokou Global Financial Forum [1] Group 1: Importance of Government Guidance - Government-guided funds play a crucial role in addressing the funding gaps in the technology innovation chain, particularly in early-stage investments that are often overlooked by traditional investors [1] - The conversion rate of technological achievements in China has reached 35% in 2024, but there remains a significant gap compared to developed countries [1] Group 2: Challenges in Financing High-Tech Enterprises - There is a disconnect in the innovation and industrial chains, primarily due to the scarcity of early-stage venture capital and angel investments, which are critical for high-risk high-tech projects [2] - The current financing model, dominated by indirect financing, emphasizes debt over equity, making it difficult for high-tech companies to meet collateral requirements, resulting in a funding satisfaction rate of less than 30% [2] Group 3: Recommendations for Improvement - A multi-layered and multi-faceted financing structure is recommended to support technological innovation, including the establishment of risk tolerance mechanisms [3] - Recent policies, such as the introduction of science and technology innovation bonds and the establishment of financial asset investment companies, have significantly increased financing channels for high-tech enterprises [3] - Government-guided funds should play a leading role in organizing and coordinating resources, managing risks, and facilitating the marketization of technological achievements [3]

Group 1 - The government-guided fund plays a crucial role in technology innovation by addressing the most critical yet underfunded parts of the technology innovation funding chain [1] - The National Technology Achievement Transformation Guidance Fund aims to accelerate the transformation and application of technological achievements, encouraging social forces and local governments to increase investment in this area [3] - The transformation rate of technological achievements in China has increased from 25% in 2010 to 35% currently, but there remains a significant gap compared to developed countries [3] Group 2 - Four main reasons for the existing gap in technology achievement transformation include: a disconnection between the innovation chain and the industrial chain, cognitive biases in financing, misalignment between government goals and market behavior, and a lack of a risk tolerance mechanism [4] - Recent central government policies, such as supporting technology innovation bonds and expanding the pilot scope of financial asset investment companies, have significantly broadened financing channels for high-tech sectors [5] - The government-guided fund should play a pivotal role in organizing and coordinating these funds, establishing a mother fund to mobilize and guide social resources into technology enterprises, and creating risk management mechanisms [5]

瞄准技术经理人这支专业队伍，南京则制定实施7条措施，全面提升转移转化水平。除加强专业能 力培训，打造专兼结合队伍外，南京将成立重点产业概念验证基金、成果转化基金。对技术经理人推 荐、基金跟投项目，给予最高1%收益奖励。同时，成立市技术经理人协会，完善评价认定机制，鼓励 技术经理人申报评定职称，符合条件的纳入我市高层次人才支持计划。 人工智能产业人才基金、科技人才成果转化基金同步揭牌。前者规模1亿元，聚焦驻宁高校人工智 能方向的成果转化项目，主要投资项目种子轮和天使轮；后者规模2亿元，主要围绕驻区高校、人才企 业等科技成果转化项目进行专项投资，目前已与东南大学、南京航空航天大学等7所重点高校对接。 开幕式还举行了省信息通信特色产业人才集聚区揭牌仪式，集聚区将以紫金山科技城为核心，围绕 先进通信、未来网络、人工智能等重点方向，一体布局平台、资金、基地、项目和政策。 信息通信、生物医药产业科技镇长团同步揭牌。科技镇长团是我省推动创新资源向一线集聚的干部 人才挂职交流机制。今年，将优化调整新一批团组设置，为全国高校区域技术转移转化中心的南京生物 医药分中心、南京信息通信分中心单独设立信息通信和生物医药产业2个科技镇长 ...

Group 1: Core Themes of Nanjing Talent Day - Nanjing Talent Day 2025 focuses on attracting global talent and emphasizes collaboration in education, technology, and talent development [1][2] - The event highlights the integration of talent recruitment and achievement transformation, showcasing new practices in Nanjing's talent work [1][2] Group 2: Policy Innovations and Talent Support - Nanjing has over 50 universities and 120 national-level R&D platforms, aiming to create a strong ecosystem for talent and industry integration [2] - The city has introduced the "Artificial Intelligence Talent 8 Measures" to support talent in key industries, including AI, with financial incentives such as up to 3 million yuan for housing and 1 billion yuan for top talents [2][3] - A series of funds, including the AI Talent Fund and Technology Talent Achievement Transformation Fund, were launched to promote deep integration of technological and industrial innovation [2] Group 3: Technology Transfer and Innovation - Nanjing is implementing measures to enhance technology transfer by building a team of technical managers to facilitate the conversion of scientific achievements into industrial applications [3] - The city encourages universities to innovate talent training mechanisms and supports the establishment of technology transfer colleges [3] Group 4: Talent Ecosystem and Collaboration - Nanjing boasts 96 academicians and over 100 international academicians, creating a vibrant innovation environment [4] - The city has established a service mechanism for academicians to enhance collaboration and support high-level talent in driving economic development [4][5] Group 5: Youth Talent Initiatives - Nanjing Talent Day includes job fairs and youth events to attract young talent, featuring participation from local and national enterprises across various industries [6][7] - The "Qingning Practice" program offers 30,000 internship opportunities for university students, promoting practical experience and innovation [7]

Group 1: Technological Innovations - The third China (Anhui) Science and Technology Innovation Achievements Transformation Conference showcased various technological innovations, including a multi-language AI transparent screen and a flying vehicle [2][4] - The EAST (Experimental Advanced Superconducting Tokamak) has achieved a world record by maintaining a high-confinement plasma operation at 100 million degrees Celsius for 1066 seconds, marking a significant advancement in China's fusion energy research [6][8] - The "An Knife," a handheld intraoperative microscope developed by Anhui Dendrite Optical Technology Co., enables real-time, high-definition imaging of cells, significantly improving the precision of surgeries for various cancers [12][13] Group 2: Government and Institutional Support - Xi Jinping emphasized the importance of researchers in advancing China's modernization and urged them to innovate and contribute to building a strong technological nation during his visit to Anhui [5] - The Anhui Science and Technology Bureau is actively promoting the transformation of scientific achievements by facilitating connections between research institutions and enterprises, and launching initiatives like the "Hand in Hand Plan" to support startups [10][11] - The establishment of the BEST (Broadly Enhanced Superconducting Tokamak) is underway, aiming to demonstrate fusion power generation, reflecting the competitive nature of international technological advancements in this field [9]